From okaya Thu Nov 3 10:02:42 1994 To: alvarez@passcal10.stanford.edu Subject: LARSE explosion shot list Cc: okaya Marcos - here's a shot list provided by Will Kohler and possibly subject to small corrections. The Old SP #s have been changed to into a new SP numbering scheme which is compatible with the receiver station numbering system. As far as I know there are no delays on the Reftek time windows, but I could be wrong (and Steve or Bill would be the final word on that). I guess you need to decide how long to make the seismograms. All Reftek windows were 59 sec. I guess there are three approaches: (a) all 59 sec, (b) all 55 sec (max SGR length), or (c) same length as SGR windows. It's probably best for archive to make 59 sec windows and let the merger's worry about uniformity of trace lengths. I'm putting together a table of trace headers which I think we should define for the LARSE data. I did this for the RISC (Pace'92 piggyback) data set (3 types of instruments to merge into one). It makes the merging, sorting, and data archive must easier if these headers are defined properly right from the start. I don't know if you need this, but for reference, the SP numbering system is as follows: 0< Old# <200: New# = Old# x 10 + 8000 + 1/2/3.. for A/B/C.. 200<=Old# <300: New# = Old# x 10 + 7000 + 1/2/3.. for A/B/C.. -David LARSE Shot Table Nominal SGR SGR Window Old New Shot Time Start Time Length (sec) --- --- --------- ---------- ------------ 1 63 8630 299:08:32:00 299:08:31:58 55 2 45 8450 299:08:34:00 299:08:33:58 55 3 39 8390 299:08:36:00 299:08:35:58 30 4 36 8360 299:08:38:00 299:08:37:58 30 5 34F 8346 299:08:40:00 299:08:39:58 55 6 33A 8331 299:08:42:00 299:08:41:58 30 7 31 8310 299:08:44:00 299:08:43:58 55 8 115 9150 299:10:00:00 299:09:59:58 55 9 50 8500 299:10:02:00 299:10:01:58 55 10 40 8400 299:10:04:00 299:10:03:58 55 11 38A 8380 299:10:06:00 299:10:05:58 30 12 35A 8351 299:10:08:00 299:10:07:58 30 13 34D 8344 299:10:10:00 299:10:09:58 55 14 33 8330 299:10:12:00 299:10:11:58 30 15 30B 8302 299:10:14:00 299:10:13:58 55 16 37 8370 299:11:36:00 299:11:35:58 30 17 35 8350 299:11:38:00 299:11:37:58 30 18 34E 8345 299:11:40:00 299:11:39:58 55 19 32 8320 299:11:42:00 299:11:41:58 30 20 30 8300 300:08:30:00 300:08:29:58 30 21 27 8270 300:08:32:00 300:08:31:58 30 22 24A 8240 300:08:34:00 300:08:33:58 55 23 21B 8210 300:08:36:00 300:08:35:58 55 24 18A 8181 300:08:38:00 300:08:37:58 55 25 16B 8162 300:08:40:00 300:08:39:58 30 26 14B 8142 300:08:42:00 300:08:41:58 30 27 13A 8131 300:08:44:00 300:08:43:58 55 28 10 8100 300:08:46:00 300:08:45:58 55 29 29A 8290 300:10:00:00 300:09:59:58 30 30 26 8260 300:10:02:00 300:10:01:58 30 31 23A 8230 300:10:04:00 300:10:03:58 55 32 20C 8200 300:10:06:00 300:10:05:58 55 33 18 8180 300:10:08:00 300:10:07:58 55 34 16 8160 300:10:10:00 300:10:09:58 30 35 14A 8141 300:10:12:00 300:10:11:58 30 36 12 8120 300:10:14:00 300:10:13:58 55 37 9 8090 300:10:16:00 300:10:15:58 55 38 28A 8280 300:11:30:00 300:11:29:58 30 39 25 8250 300:11:32:00 300:11:31:58 30 40 22 8220 300:11:34:00 300:11:33:58 55 41 19D 8190 300:11:36:00 300:11:35:58 55 42 17 8170 300:11:38:00 300:11:37:58 55 43 15 8150 300:11:40:00 300:11:39:58 30 44 13 8130 300:11:42:00 300:11:41:58 30 45 11 8110 300:11:44:00 300:11:43:58 55 46 8 8080 300:11:46:00 300:11:45:58 55 47 5 8050 301:08:30:00 301:08:29:58 55 48 3 8030 301:08:32:00 301:08:31:58 30 49 200 9000 301:08:34:00 301:08:33:58 55 50 202C 9023 301:08:36:00 301:08:35:58 30 51 204 9040 301:08:42:00 301:08:41:58 55 52 6 8060 301:08:44:00 301:08:43:58 30 53 4 8040 301:10:00:00 301:09:59:58 55 54 2 8020 301:10:02:00 301:10:01:58 30 55 201 9010 301:10:04:00 301:10:03:58 55 56 202A 9021 301:10:06:00 301:10:05:58 30 57 217 9170 301:10:08:00 301:10:07:58 55 58 245 9450 301:10:10:00 301:10:09:58 55 59 203B 9030 301:10:12:00 301:10:11:58 55 60 7 8070 301:10:14:00 301:10:13:58 30 61 216 9160 301:10:16:00 301:10:15:58 55 62 1 8010 301:11:32:00 301:11:31:58 30